Dalian Zhuanghe Offshore Wind Farm #3 CTGNE

  • Type: Wind Farm
  • Latitude: 39.5050000
  • Longitude: 123.3430000

Location

  • The wind farm is located in the Yellow Sea, specifically near Shicheng Island, Zhuanghe City, Dalian, Liaoning, China.

Coordinates

  • The exact coordinates are 39.5092° N, 123.345° E (WGS 84 geodetic system).

Status and Commissioning

  • The project is currently operational. Construction commenced in 2017, and it entered into commercial operation in January 2019.

Capacity and Turbines

  • The total nominal power of the wind farm is approximately 303.15 MW.
  • The project consists of multiple phases:
    • Phase A: Equipped with Goldwind Science & Technology GW 3.0/121 turbines, with 2 turbines each having a 3 MW nameplate capacity.
    • Phase B: Equipped with Goldwind Science & Technology GW 3.3/140 turbines, with 49 turbines each having a 3.3 MW nameplate capacity.
    • Phase C (I and II): Equipped with Goldwind Science & Technology GW 171/6450 turbines, with a total of 21 turbines each having a 6.45 MW nameplate capacity.

Ownership and Development

  • The project was developed by China Three Gorges New Energy and Dalian Construction Investment Group.
  • It is currently owned by China Three Gorges New Energy Group Co., Ltd. with a 100% stake.

Foundation and Infrastructure

  • The wind turbines are installed on fixed foundations using an array of monopile foundations.

Energy Production and Impact

  • The wind farm generates approximately 714,000 MWh of electricity annually, which is enough to power about 450,000 households.
  • It offsets around 6,270,000 tons of carbon dioxide (CO2) emissions per year.

Additional Information

  • The project is part of China's efforts to expand its renewable energy capacity, particularly in offshore wind power.
  • China Three Gorges New Energy, the owner and developer, is a subsidiary of China Three Gorges Corp and focuses on the development, investment, and management of domestic and international wind power, solar power, and other new energy projects.
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